Comments (6)
Not sure I made myself completely clear in my last post (it was late at night) the 'forward' method being invoked in my code is in the Transform class, not the overridding 'forward' method in the AncientEgyptianDecomposition Class.
Thanks,
Kevin
from jwave.
Hi Kevin,
just for closing the issuse, in case of someone is searching ...
a signal of 1280 is not in scope 2^p | p = {0,1,2, .. }, so the Ancient Egyptian Decomposition will do its job like 1280 => 2^10 + 2^8 and performs two separete FWTs. The array looks like: {1024, 256}.
all the best
Christian
from jwave.
Christian,
Thanks, I progressed my design using 4 second epochs, i.e. 1024 samples, not 1280.
This was further broken down into 8 frames of 128 samples per epoch with each frame passed through JWave.
Thanks for your support.
Kevin
Sent from my iPad
On 21 Sep 2014, at 09:16, Christian [email protected] wrote:
Hi Kevin,
just for closing the issuse, in case of someone is searching ...
a signal of 1280 is not in scope 2^p | p = {0,1,2, .. }, so the Ancient Egyptian Decomposition will do its job like 1280 => 2^10 + 2^8 and performs two separete FWTs. The array looks like: {1024, 256}.
all the best
Christian—
Reply to this email directly or view it on GitHub.
from jwave.
Hi Kevin,
and did you get you receive the results you expected?
all the best
Christian.
2014-09-21 22:56 GMT+02:00 unclekev [email protected]:
Christian,
Thanks, I progressed my design using 4 second epochs, i.e. 1024 samples,
not 1280.This was further broken down into 8 frames of 128 samples per epoch with
each frame passed through JWave.Thanks for your support.
Kevin
Sent from my iPad
On 21 Sep 2014, at 09:16, Christian [email protected] wrote:
Hi Kevin,
just for closing the issuse, in case of someone is searching ...
a signal of 1280 is not in scope 2^p | p = {0,1,2, .. }, so the Ancient
Egyptian Decomposition will do its job like 1280 => 2^10 + 2^8 and performs
two separete FWTs. The array looks like: {1024, 256}.all the best
Christian—
Reply to this email directly or view it on GitHub.—
Reply to this email directly or view it on GitHub
#6 (comment).
from jwave.
Not absolutely certain, but I think so. I have now submitted my project thesis so will know for certain in November.
Regards,
Kevin King
On 24 Sep 2014, at 10:46, Christian [email protected] wrote:
Hi Kevin,
and did you get you receive the results you expected?
all the best
Christian.2014-09-21 22:56 GMT+02:00 unclekev [email protected]:
Christian,
Thanks, I progressed my design using 4 second epochs, i.e. 1024 samples,
not 1280.This was further broken down into 8 frames of 128 samples per epoch with
each frame passed through JWave.Thanks for your support.
Kevin
Sent from my iPad
On 21 Sep 2014, at 09:16, Christian [email protected] wrote:
Hi Kevin,
just for closing the issuse, in case of someone is searching ...
a signal of 1280 is not in scope 2^p | p = {0,1,2, .. }, so the Ancient
Egyptian Decomposition will do its job like 1280 => 2^10 + 2^8 and performs
two separete FWTs. The array looks like: {1024, 256}.all the best
Christian—
Reply to this email directly or view it on GitHub.—
Reply to this email directly or view it on GitHub
#6 (comment).—
Reply to this email directly or view it on GitHub.
from jwave.
Hi Kevin,
looked again into the code and you are right! The exception in Transform.forward and .reverse is misplaced!
Thanks for the hint, I am going to change it soon.
All the best
Christian
from jwave.
Related Issues (19)
- easy speed improvement HOT 1
- Consider moving to Maven project layout? HOT 1
- decompose() then recompose() giving incorrect results HOT 4
- continuous wavelet transforms HOT 1
- Different with Matlab? HOT 3
- AMD Aparapi OpenCL Java suport? HOT 1
- Arbitrary length wavelet coefficients order HOT 4
- Flipped signs in all high pass filter coefficients, error in _buildOrthonormalSpace HOT 1
- Symlet HOT 1
- Question: Structure of the coefficients in the array returned from the forward transform HOT 1
- Java 16 SIMD Support for faster Library HOT 1
- Power of 2 test (isBinary) HOT 4
- Cannot build
- reverse and forward functions HOT 1
- Maven repo HOT 1
- Discrete Wavelet Transform HOT 1
- Example Usage doesn't work HOT 1
- question on example. HOT 1
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